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Related papers: Lens spaces obtainable by surgery on doubly primit…

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We prove that there are exactly $6$ Nil Seifert fibred spaces which can be obtained by Dehn surgeries on non-trefoil knots in $S^3$, with $\{60, 144, 156, 288, 300\}$ as the exact set of all such surgery slopes up to taking the mirror…

Geometric Topology · Mathematics 2014-07-03 Yi Ni , Xingru Zhang

This paper concerns thin presentations of knots K in closed 3-manifolds M^3 which produce S^3 by Dehn surgery, for some slope gamma. If M does not have a lens space as a connected summand, we first prove that all such thin presentations,…

Geometric Topology · Mathematics 2014-10-01 A. Deruelle , D. Matignon

We use the LMO invariant to find constraints for a knot to admit a purely or reflectively cosmetic surgery. We also get a constraint for knots to admit a Lens space surgery, and some information for characterizing slopes.

Geometric Topology · Mathematics 2020-10-26 Tetsuya Ito

Motivated by the $L$-space conjecture, we prove left-orderability of certain Dehn fillings on integral homology solid tori with techniques first appearing in the work of Culler-Dunfield. First, we use the author's previous results to…

Geometric Topology · Mathematics 2025-09-11 Yi Wang

We show that the space of long knots in an euclidean space of dimension larger than three is a double loop space, proving a conjecture by Sinha. We construct also a double loop space structure on framed long knots, and show that the map…

Algebraic Topology · Mathematics 2007-05-23 Paolo Salvatore

In this paper we prove that one can find surgeries arbitrarily close to infinity in the Dehn surgery space of the figure eight knot complement for which some immersed totally geodesic surface compresses.

Geometric Topology · Mathematics 2007-05-23 C. J. Leininger

(Original version of PhD thesis, submitted in Spring 2009 to Harvard University. Provides a solution of the $p > k^2$ case, corresponding to Berge families I-VI, of the "Lens space realization problem" later solved in entirety by Greene.)…

Geometric Topology · Mathematics 2016-01-15 Sarah Dean Rasmussen

In the first part of this paper, we construct infinitely many hyperbolic closed 3-manifolds which admit no symplectic fillable contact structure. All these 3-manifolds are obtained by Dehn surgeries along L-space knots or L-space…

Geometric Topology · Mathematics 2025-02-26 Fan Ding , Youlin Li , Zhongtao Wu

We provide related Dehn surgery descriptions for rational homology spheres and a class of their regular finite cyclic covering spaces. As an application, we use the surgery descriptions to relate the Casson invariants of the covering spaces…

Geometric Topology · Mathematics 2007-05-23 Cynthia L. Curtis

A regular fiber of the Seifert fibering of the Poincar\'e homology sphere admits a Dehn surgery to $L(2,1)\#L(3,2)\#L(5,4)$. We prove that this is the only knot in the Poincar\'e homology sphere with a surgery to a connected sum of more…

Geometric Topology · Mathematics 2021-01-06 Jacob Caudell

Baker showed that 10 of the 12 classes of Berge knots are obtained by surgery on the minimally twisted 5-chain link. In this article we enumerate all hyperbolic knots in S^3 obtained by surgery on the minimally twisted 5 chain link that…

Geometric Topology · Mathematics 2018-05-02 Benjamin Audoux , Ana G. Lecuona , Fionntan Roukema

Extending work of many authors we calculate the higher simple structure sets of lens spaces in the sense of surgery theory in the case when the fundamental group has order a power of $2$. As a corollary we also obtain a calculation of the…

Algebraic Topology · Mathematics 2018-08-17 Ludovit Balko , Tibor Macko , Martin Niepel , Tomas Rusin

Extending work of many authors we calculate the higher simple structure sets of lens spaces in the sense of surgery theory with the fundamental group of arbitrary order. As a corollary we also obtain a calculation of the simple structure…

Algebraic Topology · Mathematics 2019-09-10 Ludovit Balko , Tibor Macko , Martin Niepel , Tomas Rusin

In this paper, we study distance one surgeries between lens spaces $L(p,1)$ with $p \geq 5$ prime and lens spaces $L(n,1)$ for $n \in \mathbb{Z}$ and band surgeries from $T(2,p)$ to $T(2,n)$. In particular, we prove that $L(n,1)$ is…

Geometric Topology · Mathematics 2021-06-08 Zhongtao Wu , Jingling Yang

We use sutured manifold theory, essential laminations and essential branched surfaces to establish the upper bounds of distances between certain types of nonsimple Dehn surgery slopes. This is the revised version of an earlier preprint {\it…

Geometric Topology · Mathematics 2009-09-25 Ying-Qing Wu

By obtaining surgery descriptions of knots which lie on the genus one fiber of the trefoil or figure eight knot, we show that these include hyperbolic knots with arbitrarily large volume. These knots admit lens space surgeries and form two…

Geometric Topology · Mathematics 2007-05-23 Kenneth L. Baker

We make a computational study to know what kind of isospectralities among lens spaces and lens orbifolds exist considering the Hodge--Laplace operators acting on smooth $p$-forms. Several evidenced facts are proved and some others are…

Differential Geometry · Mathematics 2021-08-11 Emilio A. Lauret

A knot in the 3-sphere is called an L--space knot if it admits a nontrivial Dehn surgery yielding an L--space. Like torus knots and Berge knots, many L--space knots admit also a Seifert fibered surgery. We give a concrete example of a…

Geometric Topology · Mathematics 2014-10-16 Kimihiko Motegi , Kazushige Tohki

Let $D$ be a diagram of an alternating knot with unknotting number one. The branched double cover of $S^3$ branched over $D$ is an L-space obtained by half integral surgery on a knot $K_D$. We denote the set of all such knots $K_D$ by…

Geometric Topology · Mathematics 2021-11-01 Andrew Donald , Duncan McCoy , Faramarz Vafaee

This is a facsimile of the circa 1990 unpublished manuscript with the same title. All the original text, figures and tables are included; although text has been reset in \TeX, the original hand-drawn figures have been redrawn digitally, and…

Geometric Topology · Mathematics 2018-02-28 John Berge